Another worthwhile mention is that, if a circuit works on vero or breadboard, it doesn’t necessarily guarantee that it will work as planed on a PCB. Conductors have both capacitance and resistance attributes which can effect the proper operation of many circuits. In particular with RF and audio designs. Even some digital too.

Poorly designed audio is very distinctly noticeable to the human ear - noise introduced perhaps because of an earth loop - while RF based designs may often just refuse to work. Another consideration is track width on a PCB, you may have used heavy-duty hookup wire for these parts on some vero-board, works fine perhaps, but on the PCB the width may be insufficient to handle the amount of required current.

Plus…
On breadboard or vero the design may work well, perhaps because of the exact layout of the components? When you take it to PCB it might produce an adverse result because you changed things. If this is the case then you have effectively taken a step backwards.

All told, if what you’re doing now seems to work well for you then don’t change it. Better the devil you know. I am a firm believer in this entirely.

Best Regards,
Trent Jackson